QC Raman Systeme

Our Raman systems enable fast, precise, and reliable analysis of a wide range of materials and substances across research, industrial, and governmental applications. Whether you need to verify incoming raw materials directly at goods receipt without time-consuming laboratory sampling, or you want to automate the analysis of complete microtiter plates, we offer the right solution for many use cases. Thanks to the non-destructive measurement principle, reliable results are available within seconds, helping to streamline processes, accelerate quality control, and support confident decision-making in real time.

The handheld, GMP-compliant Arx mkII Raman system is highly flexible thanks to its autofocus functionality and integrated battery. With up to 12 hours of operating time and compact dimensions, it is ideally suited for mobile, on-site use in production areas, warehouses, or incoming inspection. Delivered raw materials can be verified quickly and easily—often even through transparent packaging—without interrupting workflows or opening containers. Its robust design, intuitive operation, and rapid result display make the system a powerful tool for real-time material verification while reducing the need for additional laboratory analysis.

The system also provides significant value in governmental and public-safety environments when identifying potentially hazardous substances. Fire brigades, military units, police forces, and other first responders benefit from the rapid and reliable identification of unknown materials directly at the scene. A range of dedicated accessories allows for the safe analysis of both powders and liquids without risk of cross-contamination, ensuring maximum operator safety while enabling fast, well-informed decisions in critical situations.

The microtiter Raman system has been specifically developed for the automated analysis of microtiter plates and is ideally suited for high-throughput laboratory environments. It enables rapid measurement of all wells in a single run, significantly reducing analysis time compared to manual measurements. The entire measurement process is visualized via a graphical user interface, allowing users to monitor progress in real time. After completion, all results can be exported in a structured table format and seamlessly integrated into existing data analysis or documentation workflows, ensuring an efficient and consistent process from measurement to data evaluation.